Polishing, ceramic coating, graphene protection

Countless weather conditions and various chemical effects can damage the aesthetic condition of a car. 

Many years ago, apart from wax, there were hardly any other known protection mechanisms. As the world has developed, increasingly effective protection systems have been created. The transition has been made from wax to liquid-state products. Ceramic coatings appeared, followed by the latest innovative nano-structured material, graphene. At present, graphene is the hardest protection available that can be applied to a car in liquid form.

Before applying these materials, a full corrective polishing is required. In our workshop, this is carried out in at least 2–3 stages. Deeper scratches are removed with precision and professional products, with the utmost care.

The damaged surface is corrected with continuous micron-level measurement.

Watch the demonstration video:

If this has sparked your interest, visit us and we will carry out a free assessment, during which we identify the aesthetic defects of the car and explain what interventions are necessary. Together, the most suitable protection for the car will be selected.

The following lines were written by the Carzoneshop.hu team and are published here with their permission, simply because we agree with them as well:

6 Things About Ceramic Coatings:

1. Ceramic and quartz coatings are not two different things

This is one of the most common misconceptions in the car detailing industry. The truth is that both terms refer to the same preparation and application process. The origin of this myth comes from the manufacturing process of ceramic coatings. One of the main raw materials used is silicon dioxide (SiO₂), which forms the base of polymer resins. These resins are the foundation of ceramic coatings.

Unfortunately, some detailing studios still treat these as separate services, offering "quartz" and "ceramic" coatings as different options, which in reality makes no sense, as they are essentially the same.

2. Ceramic coatings provide high resistance against mechanical damage

The myth that ceramic coatings are almost "bulletproof" is quite common, but far from the truth. The protective properties of ceramic coatings are mainly related to protection against:

• UV radiation
• Color fading (paint oxidation)
• Harsh chemicals
• Bird droppings and insect damage
• Road salt
• Corrosion
• Clear coat oxidation

Protection against micro-scratches is often mentioned, but this term is quite vague and should be treated carefully. What is a micro-scratch for one person may be considered a deeper scratch for another.

Ceramic coatings are not designed to protect against mechanical damage. However, it is true that they can reduce the formation of micro-scratches during washing and drying, thanks to their extremely slick surface and reduced friction.

There are also self-healing coatings, such as Aqua Coating PRO 9H or FX Protect Hypernity Coating, which we will discuss in a future article.

In short, ceramic coatings won't turn your car into an armored tank, but they do provide excellent protection against environmental factors. Many overhyped articles still circulate online—there's no need to fall for them.

On a positive note, most official brand representatives in Hungary focus on facts and clearly communicate the real properties of coatings.

If you want reliable protection against scratches, a good solution is applying PPF (paint protection film), although this is significantly more expensive than ceramic coating.

3. Thanks to the coating, the car does not need to be washed

Believe us, we wish this myth were true.

It is a fact that due to their hydrophobic properties, ceramic coatings prevent water from sticking to the paint, allowing dirt to slide off along with water droplets. Because of this, the car gets dirty much more slowly.

Additionally, the smoothness and slickness provided by coatings make washing and drying significantly easier, as water runs off the surface instead of remaining on it. On unprotected paint, water droplets dry on the surface, leaving stains and water spots.

This difference is especially noticeable in touchless car washes, where vehicles without ceramic coating are much more prone to water spotting.

4. Ceramic coatings can be applied regardless of the car's condition

First and foremost, applying a ceramic coating requires thorough cleaning and polishing of the surface. Coatings are not used to fill scratches—they do not hide or remove them.

Improper preparation or poor polishing will leave visible defects in the paint, which the coating will not conceal.

That is why proper surface preparation and professional polishing are essential before applying a ceramic coating. Cutting corners on polishing compounds or pads is not worth it if you want long-lasting, high-quality results.

To ensure that the customer can enjoy a beautiful and properly applied coating for years, these professional steps are absolutely necessary.

Before discussing coating options with the car owner, the detailer must inspect the vehicle's paintwork. This process helps determine what work is required before application.

In some cases, extensive paint correction may be needed, and in extreme cases, applying a coating may not even be possible—especially if oxidation, rust, or significant mechanical damage is present.

Even new cars often require preparation and polishing. This is because "new" vehicles are frequently washed before delivery, and improper washing techniques can introduce scratches.

Car dealerships often do not focus enough on proper washing methods, as they have many other responsibilities—so a few micro-scratches are not uncommon.

5. The durability of the coating depends only on time

The durability of ceramic coatings is a complex topic and depends on many factors—time is just one of them.

Durability is often also estimated in mileage (e.g., ~40,000 km), since the coating is exposed to more stress while driving. Therefore, lifespan can vary significantly depending on:

• How intensively the car is used
• Whether it is stored in a garage
• How often and how properly it is washed

Professional detailing studios always inform customers that the coating should be inspected after a certain mileage.

During such inspections, the car is thoroughly washed, and the installer checks the condition and hydrophobic performance of the coating. If necessary, a coating conditioner is applied to refresh and reinforce it.

6. Anyone can apply ceramic coating at home in their garage

When it comes to the application process itself, it may seem like something anyone can do. It doesn't appear to require special skills, tools, or knowledge—and with the help of YouTube tutorials, it may look easy.

But in reality, it is far from simple.

The key to successful ceramic coating lies in the preparation stage. As mentioned earlier, coatings should never be applied to unpolished or poorly prepared surfaces.

Paint inspection and correction require expertise, experience, and specialized equipment.

The market is flooded with so-called "plug and play" products with flashy names, often using the word "ceramic." However, not everything that shines is gold.

True, professional-grade ceramic coatings are applied by specialists, with proper polishing and preparation. These are not cheap services—but in return, your car will shine like new and be properly protected within realistic limits.

Let's be clear: low-cost "ceramic" shampoos, waxes, and similar products do not come close to the professional coatings used in detailing studios.

Price List

Prices are in HUF and include VAT. We reserve the right to change prices. The price depends on the size and condition of the car. In all cases, service is provided based on prior arrangement.